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Due to the harsh natural environment in the North Sea of Europe, there are great challenges for the operation of wind turbines, which greatly increases the operation and maintenance costs of offshore wind farms throughout the life cycle
.
Recently, the research team of Robert Gordon University (RGU) in the United Kingdom is trying to develop a tool
that can help operation and maintenance companies efficiently carry out wind turbine operation and maintenance in order to significantly reduce the operation and maintenance costs of offshore wind turbines.
It is understood that the goal of the research team is to connect the information generated by the operation of offshore wind farms to the software, which automatically generates an optimal maintenance plan for these wind farms and establishes a customized spare parts inventory list
.
The advantages of this work include reducing the direct costs of offshore wind farm O&M, and optimizing the availability and reliability of offshore wind farms, ensuring the lowest
cost throughout the life cycle of the unit.
At present, the maintenance cost of offshore wind turbines accounts for 35% of the full life cycle cost, and according to forecasts, the installed capacity of offshore wind power in Europe will reach 150GW in 2030, and if this ratio is followed, the annual operation and maintenance cost will reach about 136.
7 billion yuan.
RGU engineering professor John Steel said that the maintenance cost of wind turbines is very high, and designing a fault assessment scheme will not only improve reliability, but also for operation and maintenance companies to develop maintenance plans based on wind farm operation data
.
Due to the harsh natural environment in the North Sea of Europe, there are great challenges for the operation of wind turbines, which greatly increases the operation and maintenance costs of offshore wind farms throughout the life cycle
.
Recently, the research team of Robert Gordon University (RGU) in the United Kingdom is trying to develop a tool
that can help operation and maintenance companies efficiently carry out wind turbine operation and maintenance in order to significantly reduce the operation and maintenance costs of offshore wind turbines.
It is understood that the goal of the research team is to connect the information generated by the operation of offshore wind farms to the software, which automatically generates an optimal maintenance plan for these wind farms and establishes a customized spare parts inventory list
.
The advantages of this work include reducing the direct costs of offshore wind farm O&M, and optimizing the availability and reliability of offshore wind farms, ensuring the lowest
cost throughout the life cycle of the unit.
At present, the maintenance cost of offshore wind turbines accounts for 35% of the full life cycle cost, and according to forecasts, the installed capacity of offshore wind power in Europe will reach 150GW in 2030, and if this ratio is followed, the annual operation and maintenance cost will reach about 136.
7 billion yuan.
RGU engineering professor John Steel said that the maintenance cost of wind turbines is very high, and designing a fault assessment scheme will not only improve reliability, but also for operation and maintenance companies to develop maintenance plans based on wind farm operation data
.
